Table of Contents
Committees ......................................................................................... 2
Welcome Message from the Conference Chair ................................ 4
Welcome Message from TPC Chair .................................................... 5
Program at a Glance ........................................................................... 6
Keynote Sessions ................................................................................ 8
Tutorial Sessions ............................................................................... 11
Technical Session I............................................................................ 13
Technical Session II........................................................................... 17
Technical Session III.......................................................................... 21
Technical Session IV ......................................................................... 24
Technical Session V .......................................................................... 27
Technical Session VI ......................................................................... 30
Venue .................................................................................................34
Floor Map of Conference Rooms ..................................................... 35
Transportation To and From Hotel.................................................. 36
1
Committees
Organizing Committees
General Chair
Muhammad Nasrun, Telkom University, Indonesia
General Vice Chair
Muhammad Ary Murti, Telkom University, Indonesia
Secretary
Ratna Mayasari, Telkom University, Indonesia
Casi Setianingsih, Telkom University, Indonesia
Treasurer
Rita Magdalena, Telkom University, Indonesia
Publication
Dr. Asep Suhendi, Telkom University, Indonesia
Publicity
Fairuz Azmi, Telkom University, Indonesia
Technical Program Committee
Technical Program Committee (TPC) Chair
Dr. Ing. Fiky Yosef Suratman, Telkom
University, Indonesia
Track Chairs:
Erwin Susanto, PhD, Telkom University, Indonesia
Angga Rusdinar, PhD, Telkom University, Indonesia
Ismudiarti Puri Handayani, PhD, Telkom University,
Indonesia
TPC Members:
Prof. Abduladhem Ali, University of Basrah, Iraq
Prof. Aboul Ella Hassanien, University of Cairo, Egypt
Prof. Ankit Chaudhary, Truman State University, USA
Prof. Athanasios Vasilakos, Lulea University of
Technology, Sweden
Prof. Belal Amro, Hebron University, Palestine
Prof. Bernd Wolfinger, University of Hamburg,
Germany
Prof. Carl Debono, University of Malta, Malta
Prof. Carlos Calafate, Universidad Politécnica de
Valencia, Spain
Prof. Chih-Shun Hsu, Shih Hsin University, Taiwan
Prof. Chuan-Ming Liu, National Taipei University of
Technology, Taiwan
Prof. Deepak Choudhary, LPU, India
Prof. Eduard Babulak, The Institute of Technology
and Business in Ceske Budejovice, Czech
Republic
Prof. Eisuke Kudoh, Tohoku Institute of Technology,
Japan
Prof. Emilio Jiménez Macías, University of La Rioja,
Spain
Prof. Emmanouel Varvarigos, University of Patras &
Computer Technology Institute, Greece
Prof. Erwin Daculan, De La Salle University - Manila,
Philippines
Prof. Farid Naït-Abdesselam, Paris Descartes
University, France
Prof. Finn Aagesen, NTNU, Norway
Prof. Francine Krief, University of Bordeaux, France
Prof. George Karagiannidis, Aristotle University of
Thessaloniki, Greece
Prof. Guanglin Zhang, Donghua University, P.R.
China
Prof. Hideki Ochiai, Yokohama National University,
Japan
2
Prof. Hiroki Tamura, University of Miyazaki, Japan
Prof. Hyun-Ho Choi, Hankyong National University,
Korea
Prof. Iickho Song, Korea Advanced Institute of
Science and Technology, Korea
Prof. Jiahong Wang, Iwate Prefrctural University,
Japan
Prof. Joao Catalão, University of Beira Interior,
Portugal
Prof. Jorge Sá Silva, University of Coimbra, Portugal
Prof. Kalman Graffi, Heinrich Heine University
Düsseldorf, Germany
Prof. Kaori Yoshida, Kyushu Institute of Technology,
Japan
Prof. Kazuo Mori, Mie University, Japan
Prof. Marco Listanti, University of Rome "La
Sapienza", Italy
Prof. Marlon Carmo, CEFET-MG, Brazil
Prof. Matthias Reuter, Technical University of
Clausthal, Germany
Prof. Mhamed Bakrim, University of Cadi Ayyad
Marrakech, Morocco
Prof. Mu-Song Chen, Electrical Engineering, Da-Yeh
University, Taiwan
Prof. Nasser-Eddine Rikli, King Saud University, Saudi
Arabia
Prof. Neeli Prasad, Center for TeleInFrastructure
(CTIF), USA
Prof. Norton González, DeVry University, Brazil
Prof. Odiel Estrada Molina, University of Informatics
Science, Cuba
Prof. Pascal Lorenz, University of Haute Alsace,
France
Prof. Paul Gendron, University of Massachusetts
Dartmouth, USA
Prof. Paulo Pinto, Universidade Nova de Lisboa,
Portugal
Prof. Pingyi Fan, Tsinghua University, P.R. China
Prof. Ray Sheriff, University of Bradford, United
Kingdom
Prof. Robert Morelos-Zaragoza, San Jose State
University, USA
Prof. Roberto Llorente, Universidad Politecnica de
Valencia, Spain
Prof. Rosaura Palma-Orozco, Instituto Politécnico
Nacional, Mexico
Prof. Seong-Ho Jeong, Hankuk University of Foreign
Studies, Korea
Prof. Seung-Hoon Hwang, Dongguk University, Korea
Prof. Shih-Hau Fang, Yuan Ze University, Taiwan
Prof. Sy-Yen Kuo, National Taiwan University, Taiwan
Prof. Terje Jensen, Telenor, Norway
Prof. Wei Wei, Xi'an University of Technology, P.R.
China
Prof. Wei-Guang Teng, National Cheng Kung
University, Taiwan
Prof. Wuyi Yue, Konan University, Japan
Prof. Xin-Mao Hunag, Aletheia University, Taiwan
Prof. Yifan Chen, South University of Science and
Technology of China, P.R. China
Committees
Prof. Young-Chon Kim, Chonbuk National University,
Korea
Prof. Young-Long Chen, National Taichung University
of Science and Technology, Taiwan
Prof. Yuh-Ren Tsai, National Tsing Hua University,
Taiwan
Dr. Abdallah Kassem, Notre Dame University,
Lebanon
Dr. Alban Duverdier, Centre National D'Etudes
Spatiales (CNES), France
Dr. Alessandro Carrega, University of Genoa, Italy
Dr. Andy Peng, University of Wisconsin - Stout, USA
Dr. Anna Antonyová, University of Prešov in Prešov,
Slovakia
Dr. Anton Satria Prabuwono, King Abdulaziz
University, Saudi Arabia
Dr. Arko Djajadi, Swiss German University, Indonesia
Dr. Atta ur Rehman Khan, King Saud University,
Saudi Arabia
Dr. Azizul Rahman, Universiti Sains Malaysia,
Malaysia
Dr. Chau Yuen, Singapore University of Technology
and Design, Singapore
Dr. Cheng Liu, AT&T Labs, USA
Dr. Dhiya Al-Jumeily, Liverpool John Moores
University, United Kingdom
Dr. Dimitrios D. Vergados, University of Piraeus,
Greece
Dr. Felix Albu, Valahia University of Targoviste,
Romania
Dr. Fernando Boronat, Universitat Politecnica de
Valencia, Spain
Dr. George Tambouratzis, Institute for Language &
Speech Processing, Greece
Dr. Gianluigi Ferrari, University of Parma, Italy
Dr. Grzegorz Debita, Wroclaw University of
Technology, Poland
Dr. Gunawan Wibisono, University of Indonesia,
Indonesia
Dr. Haider AlSabbagh, Basra University, Iraq
Dr. Haikal El Abed, Technical Trainers College (TTC),
Saudi Arabia
Dr. Harco Leslie Hendric Spits Warnars, Bina
Nusantara University, Indonesia
Dr. Heroe Wijanto, Telkom University, Indonesia
Dr. Imad Jawhar, UAE University, United Arab
Emirates (UAE)
Dr. Indra Adji Sulistijono, Politeknik Elektronika
Negeri Surabaya (PENS), Indonesia
Dr. Iouliia Skliarova, University of Aveiro, Portugal
Dr. Jitendra Agrawal, Rajiv Gandhi Proudyogiki
Vishwavidyalaya, Bhopal, India
Dr. Kanthabhabha Palaniappan, Annamalai
University, India
Dr. Katerina Kabassi, TEI of the Ionian Islands,
Greece
Dr. Kevin Kam Fung Yuen, Xi'an Jiaotong-Liverpool
University, P.R. China
Dr. Khoirul Anwar, Telkom University, Indonesia
Dr. Konstantin Glasman, St. Petersburg State
University of Film and Television, Russia
Dr. Liang Zhou, Nanjing University of Posts and
Telecommunications, P.R. China
Dr. Lin Cai, Illinois Institute of Technology, USA
Dr. Lin Gao, Harbin Institute of Technology
(Shenzhen), P.R. China
Dr. Ling Tang, Aletheia University, Taiwan
Dr. Minh-Son Dao, Universiti Teknologi Brunei,
Brunei Darussalam
Dr. Mohamed El-Nemr, Tanta University, Egypt
Dr. Mohamed Eltoweissy, Virginia Military Institute,
USA
Dr. Mumtaz Ahmad, INRIA-Nancy, France
Dr. N Nasimuddin, Institute for Infocomm Research,
Singapore
Dr. Ninoslav Marina, Princeton University, USA
Dr. Osmar Ogashawara, Federal University of Sao
Carlos, Brazil
Dr. Paolo Crippa, Università Politecnica delle Marche,
Italy
Dr. Phakkharawat Sittiprapaporn, Mae Fah Luang
University, Thailand
Dr. Prapto Nugroho, Universitas Gadjah Mada,
Indonesia
Dr. Qiang Yang, Zhejiang University, P.R. China
Dr. Rashid Ali, AMU Aligarh, India
Dr. Rengarajan Amirtharajan, SASTRA University,
India
Dr. Sanjay Singh, Manipal Institute of Technology,
India
Dr. Santoso Wibowo, CQUniversity Melbourne,
Australia
Dr. Shyh-Lin Tsao, Cherry Tree Consulting Co.,
Taiwan
Dr. T Manjunath, Principal HKBK College of
Engineering Bangalore Karnataka, India
Dr. Takashi Kurimoto, NII, Japan
Dr. Tarek Djerafi, Ecole Polytechnique de Montreal,
Canada
Dr. Tri Priyambodo, Universitas Gadjah Mada,
Indonesia
Dr. Waail Al-waely, Al-Mustafa University College,
Iraq
Dr. Wei Yan, VisualThreat, USA
Dr. Wei Zhan, Texas A&M University, USA
Dr. Yasin Kabalci, Nigde University, Turkey
Dr. Yung-Mu Chen, Ruckus Wireless, Taiwan
Dr. Yupeng Jia, AT&T, USA
Dr. Zheng Li, NOKIA, USA
Dr. Zubair Baig, Edith Cowan University, Australia
Mr. Hamid Alasadi, IRAQ- BASRA, Iraq
Mr. Harminder Bindra, National Institute of
Technology, India
Mr. Hassan Chizari, Universiti Teknologi Malaysia,
Malaysia
Mr. Muhammad Suryanegara, University of
Indonesia, Indonesia
Mrs. Hasrini Sari, Lecturer, Indonesia
3
Welcome Message from the Conference Chair
Dearest Scientists, Engineers, Colleagues, Ladies and Gentlemen,
It is our great pleasure and honor to welcome you to ICCEREC
2016, The 2nd International Conference on Control,
Electronics, Renewable Energy, and Communications and also
to our beautiful Bandung. This city was nicknamed “City of
Flowers“ and “Paris Van Java” ("The Paris of Java").
ICCEREC 2016 is organized by School of Electrical
Engineering Telkom University and technical co-sponsored by the IEEE
Communications Society Chapter Indonesia, so that ICCEREC has a strong
foundation of bringing together industry and academia.
This conference provides an international forum for researchers, academicians,
professionals, and students from various engineering fields and with crossdisciplinary interests in Control and Automation, Electronics, Renewable Energy,
and Communications.
Accepted papers on ICCEREC 2016 are published in the ICCEREC 2016 Conference
Proceedings and presented papers will be submitted to IEEE Xplore. As information,
the Proceedings of ICCEREC 2015 has been published in IEEE Xplore and indexed
by SCOPUS.
In this moment, I would like to thank, all those who have contributed to the success
of ICCEREC 2016, such as Organizing Committee from School of Electrical
Engineering Telkom University, IEEE Communications Society Chapter Indonesia. We
also say thank you to the TPC Chair, the TPC Members, the Keynote Speakers, Tutor
Speaker and the Technical-sessions Moderator of ICCEREC 2016.
The last, we hope all participants will have valuable and also enjoyable experience
during this event and very pleasant stay at Bandung.
Sincerely Yours,
General Chair
Muhammad Nasrun
4
Welcome Message from TPC Chair
Dear Ladies and Gentlemen,
On behalf of the ICCEREC 2016 Technical Program
Committee, we are very delighted to welcome you to the 2nd
edition of International Conference on Control, Electronics,
Renewable Energy, and Communications (ICCEREC 2016), in
Bandung, Indonesia. Located right in the middle of West Java,
Bandung is a beautiful, multi-cultural and multi-ethnic city,
and the temperature is mildly warm. Modern buildings
intertwined with colonial architecture, parks with full of color,
streets, markets, mosques, and houses mingle in an exotic
blend, which are active during the day and night.
In this conference, we are trying hard to make a high quality technical committee
that will feature three plenary talks to enlighten the audience with world-class
speakers on the latest topics on Signal Processing, Renewable Energy and
Telecommunications, tutorial sessions presenting hot topics on several subjects,
and technical sessions with high quality papers. We set a high standar d for a paper,
that each paper should have been reviewed by minimum 4 international reviewers.
Our professional team is committed to establishing a conference for sharing the
latest technical/research advancements. In addition, the conference will also feature
with the launching of a new Indonesian Chapter of IEEE Signal Processing Society.
We would like to thank all the authors who submitted their papers to ICCEREC 2016.
It is our pleasure to know that you will appreciate the high quality and wide variety
of the ICCEREC 2016 technical programs, have fruitful discussions with other
researchers, and enjoy the beautiful venue. We would like to express our sincere
appreciation to the Technical Program Committee members and paper reviewers for
their great work in shaping the technical program and handling the paper review
process. The TPC particularly wish to thank the organizing committee colleagues.
You have all helped to create a technical program of the greatest interest. We hope
you all enjoy it!
Sincerely Yours,
TPC Chair,
Dr. Ing. Fiky Yosef Suratman
5
Program at a Glance
Day One: Tuesday, 13 September 2016
TIME
6
AMARTAPURA C
07.00 - 08.30
Table Registration
08.30 - 08.45
Opening Speech
08.45 - 09.00
Speech from the
Chair of ICCEREC and
APWiMob
09.00 - 09.15
Launching IEEE SPS
Indonesia Chapter
09.15 - 10.00
Keynote Session I
10.00 - 10.30
Coffee Break & Photo
Session
10.30 - 11.15
Keynote Session II
11.15 - 12.00
Keynote Session III
12.00 - 13.00
Lunch Break
MADHUKARA A
AYODYA C
13.00 - 15.00
Tutorial Session I
Technical Session I
15.00 - 15.15
Coffee Break
Coffee Break
15.15 - 17.00
Tutorial Session II
Technical Session II
Program at a Glance
Day Two: Wednesday, 14 September 2016
TIME
MADHUKARA A
AYODYA C
AYODYA D
08.00 - 09.30
Tutorial Session III
Technical Session III
Technical Session IV
09.30 - 09.45
Coffee Break
Coffee Break
Coffee Break
09.45 - 11.00
SPS (Signal
Processing
Society) Indonesia
Chapter 1st
Meeting
Technical Session V
Technical Session VI
7
Keynote Sessions
Prof. Abdehak M. Zoubir
Signal Processing Group, TU Darsmtadt, Germany
Advances in Robust Statistics for Signal Processing
Day One, 13 September 2016,
MADHUKARA A (09.15-10.00)
Abstract: Robust statistics continue to gain importance due to
an increase of impulsive measurement environments and outliers
in practical engineering systems. Classical estimation or detection theory does not
apply in such situations and robust statistical methods are sought for. The talk aims
at discussing the most recent advances in robust statistics and at showing their
power to solving signal processing problems. First, we highlight the motivation for
using robust statistics in real-life situations and how robust statistics can be
expected to remedy problems in such practical systems. We then introduce some
definitions of robustness and discuss some robust estimators. We briefly touch
upon robust detection in the fixed sample size case. The theoretical treatment is
supported by applications in various areas of signal and antenna array processing.
8
Keynote Sessions
Prof. Haruhito Fujita
Niigata University of International and Information Studies, Japan
Variable Renewable Energies for Development
Day One, 13 September 2016,
MADHUKARA A (10.30-11.15)
Abstract: The Fukushima nuclear accident caused by unforeseen
tsunami events and human errors have forced to change the
highly nuclear dependent Japanese government energy policy, stopping all nuclear
power plants for rebuilding disaster tolerance and emergency governance. The
lecture covers the global efforts to build “nuclear and carbon free” renewable
energies, largely referencing the “Renewables 2016, Global Status Report” of
Renewable Energy Policy Network for the 21st Century, the international efforts on
summarizing the global trends. Due to the huge national investments on the
renewables, China leads the world both in total renewable powers with and without
the hydro generation. However, if one considers per capita, Denmark is leading the
world, followed by other EU members of Germany, Sweden, Spain and Portugal. The
share of renewable electricity was 23.7% of the global electricity generated in 2015,
of which the hydro power was 16.6%, followed by the wind of 3.7%, the biomass of
2.0, the solar PV of 1.2%, and others (geo-thermal, concentrating solar thermal and
ocean powers) of 0.4%, illustrating the high share of the hydro power among the
renewables due to the high outputs of hydro power plants. The variable renewable
energies have been recently focused as methods to compensate fluctuate natural
energies such as the solar PV and the wind, via some energy storage system(s). A
simple design of the variable renewables applying the solar PV for pumping water
up to an upper reservoir and on demand hydro power gener ation by discharging
stored water to a down reservoir, being deployed in Sado island, the largest but off
grid one, previously reported in ICCEREC 2015. An estimation of 3.5 households’
power independency can be achieved by a 1200 m3 micro-pump storage system
using two nearby reservoirs, very common in hilly regions of Asia. The lecture will
be closing by introducing two development projects of biomass powers from human
and agricultural wastes (waste cooking oil and empty fruit bunch of Oil Palm) in
Indonesia and Thailand, which solve social and environmental problems in the
region, followed by the conclusions.
9
Keynote Sessions
Sigit P. Wigati Jarot, PhD
School of Electrical Engineering, Telkom University, Indonesia
5G-IoT: Challenges and Opportunities
Day One, 13 September 2016,
MADHUKARA A (11.15-12.00)
Abstract: Mobile communication continues to evolve rapidly.
5G and Internet-of-Things (IoT) are among the most important topics in the mobile
communications today. 5G will be the key enabler for massive Internet of Things
(IoT), particularly the cellular IoT. It is predicted that by 2024 around 10 million IoT
connections will be 5G-based. This keynote will explore the challenges and
requirements of 5G-IoT from technological and policy perspectives, and also discuss
the potential research directions of 5G-IoT.
10
Tutorial Sessions
Prof. Abdehak M. Zoubir
Signal Processing Group, TU Darsmtadt, Germany
Time-Frequency Signal Analysis and Applications
Day One, 13 September 2016,
MADHUKARA A (13.00-15.00)
Abstract: Signal processing is the art to extracting information
from measurements for further analysis and interpretation. In
some situations where the spectral content of signals does not
vary with time, Fourier based methods suffice to perform such a task. However,
many signals encountered in engineering practice today are non-stationary in that
their spectral content is time-varying. These measurements maybe deterministic
frequency modulated signals in noise or non-stationary stochastic signals. Thus,
Fourier based methods are unable to extract the useful information. Time-frequency
signal analysis methods have been an area of extensive research for several
decades. They have proven their power to solving problems that traditional signal
processing is unable to tackle. This tutorial covers fundamentals of both parametric
and non-parametric time-frequency signal analysis, as well as recent advances,
including robust time-frequency array processing. The tutorial will also provide
some examples of modern real-life engineering problems we encounter in today’s
advanced applications.
Prakash Suthar,
Principal Architect, Cisco Systems Inc, USA
Deploying Information Centric Networking in Mobile Networks
Day One, 13 September 2016,
MADHUKARA A (15.15-17.00)
Abstract: Mobile networks using 2G, 3G, or Long Term
Evolution (LTE) are complex, and managing mobility and seamless handover are the
key characteristics which result in protocol heavy and very complex architecture.
For delivery of multimedia contents to end devices, IP unicast streams are used
from server to clients where each user gets separate stream. From bandwidth and
routing perspective it is highly inefficient. Multicast and broadcast technologies
have emerged recently for content delivery but their deployments are very limited or
experimental due to complex architecture and radio spectrum issues. Information
Centric Networking (ICN) is a rapidly evolving technology for efficient multimedia
contents delivery to end devices but majority of the research is focused on fixed
devices. In this tutorial we will discuss about ICN features. Protocols details and
how it can be deployment in mobile network for efficient delivery of contents.
11
Tutorial Sessions
Dr. Muhamad Reza,
Power System Specialist and Business Development Manager, Solvina
International, Sweden
Smart Grid: Reliable Power Systems with Integration of
Renewable Energy
Day One, 13 September 2016,
MADHUKARA A (15.15-17.00)
Abstract: Electricity is very crucial for modern society. Especially in urban areas,
people are becoming more dependent on electricity supply to perform activities
within businesses, commercials, industries, transportations and households.
In the past few decades, the electricity power grid has experienced rapid
developments. On one hand, the massive utilization of sensitive electronic
equipment within industries and households request reliable electricity supply with
both adequate quantity as well as quality. On the other hand, people’s awareness to
go green towards preservation of environment demand that electricity should be
supplied sustainably including with renewable energy sources. This combination
has challenged engineers who later, among other things, come with Smart Grid
concept. Smart Grid concept focuses on integrating renewable energy generation
and other new technology likes electric vehicles to existing power grid while keeps
and improves whenever necessary the reliability and stability of the grid. In some
countries, the concept includes to design and to operate power grid that is robust
against natural disasters as well as sabotages from internal- or external sources.
The complexity of the matters around Smart Grid requires cross-disciplinary
approaches. In this tutorial, introduction to power systems will be given, followed
by presentation about trends and challenges of smart grid and the grid integration
of renewable energy.
12
Technical Session I
Tracks: Communications
Day One, 13 September (Room: AYODYA C)
[13.00] Comparison with HTTP and MQTT on Required Network Resources for IoT
Tetsuya Yokotani and Yuya Sasaki (Kanazawa Institute of Technology, Japan)
Abstract: HTTP has been widely applied for data transfer. However, in networks for
IoT, this protocol causes a large overhead. To solve this problem, named based
transfer protocols have been discussed. This paper compares the performance of
HTTP with that of MQTT, a type of named based transfer protocol. Additionally, the
paper proposes enhancements to MQTT for better performance.
[13.15]
A Low Cost Internet of Things (IoT) System for Multi Patient ECG's
Monitoring
Mochamad Ryan Fajar Nurdin (Telkom Applied Science, Telkom Unibersity,
Indonesia); Sugondo Hadiyoso (Telkom University, Indonesia); Achmad Rizal
(Universitas Gadjah Mada & Telkom University, Indonesia)
Abstract: This paper discussed one application of IOT as media data transmission for
the electrocardiogram (ECG) signal. The ECG signal taken from body's patients is
acquired by the ECG machine, and then raw data is sent serially to the computer
server. Furthermore, the data can be accessed by other authorized parties via the
web pages for the purpose of treatment or consultation. By using this application,
patients with heart can interact and consultation with a cardiologist anytime and
anywhere.
[13.30]
Efficient and Secure Data Delivery in Software Defined WBAN for Virtual
Hospital
MD Shayokh (Kumoh National Institute of Technology, Bangladesh); Abebe Abeshu (La
Trobe University, Australia); Gandeva Bayu Satrya (Telkom University & Kumoh
National Institute of Technology, Indonesia); Muhammad Arief Nugroho (Telkom
University, Indonesia)
Abstract: Sedentary lifestyle and recent advancement in physiological low powered
sensors triggers the concept of Wireless Body Area Networks (WBAN) for efficient
healthcare system. Proliferation of Cloud computing technology merged into WBAN
become a new trend for smart healthcare. To manage the complexity in network
infrastructure new technology named as Software Defined Networking (SDN) has been
introduced recently. In terms of quality of service (QoS), medical data needs to be
sent securely for a trustworthy system where every single data is sensitive for patient.
In this paper, efficient data delivery system with a secured networking authentication
protocol named as Kerberos has been proposed for software defined virtual hospital
systems. This paper also demonstrate with simulation results for a better data
delivery system with adequate networking security through Kerberos system for the
next generation smart healthcare architecture.
13
Technical Session I
Tracks: Communications
Day One, 13 September (Room: AYODYA C)
[13.45] Controlling and Monitoring Project Based on Android Application for Fiber
Optic Infrastructure
Akhmad Hambali, Rizky Pratama, Ridha Negara and Mohamad Ramdhani (Telkom
University, Indonesia); Arina Fadhilah (Telkom Uniersity, Indonesia); Rohmat Tulloh
(Telkom University, Indonesia)
Abstract: Fiber optic has an important role in the development of
telecommunications infrastructure in Indonesia. Better network performance and
quality of the speed that offered by fiber optic can support the data requirement
which continues to increase every year. In Indonesia, Fiber Optics is used as the
primary network infrastructure Backbone and Access and still continue to develop the
fiber optic network in Indonesia. Therefore, the process of reporting, controlling and
monitoring are imperative for network deployment of fiber optic network by using an
application system to be more efficient and accelerate the decision-making process.
In this study FOMApps is made, an android-based application that facilitates the
requirements of monitoring, controlling and reporting the fiber optic project between
the Government and fiber optic deployment provider. In particular, FOMApps include
different reporting formats for each type of job. The test results of reporting system
Optical Fiber Cable (Outside Plant) has a speed in delivering the report amounted to
257.516 seconds. So from the results that are obtained, the application is feasible for
use in reporting the deployment of Outside Plant Fiber Optic. With the existence of
this application, we expect the process of controlling and monitoring between the
Government and fiber optic deployments providers are achieved.
[14.00]
Digital Forensics Study of Internet Messenger: Line Artifact Analysis in
Android OS
Gandeva Bayu Satrya (Telkom University & Kumoh National Institute of Technology,
Indonesia); Muhammad Arief Nugroho (Telkom University, Indonesia); La Ode
Harisman (Feelance Engineer, Indonesia)
Abstract: This paper provides a description of how to get artifacts generated by Line
messenger applications such as user activities, contact information, chatting, and
deleting the messages. It also provides correlation and interpretation of messages
that are formed during the conversation scenario. This paper can be used as a
guidance for investigators and forensics analysts in conducting investigation process.
Furthermore, this paper also shows how the acquisition processes were done
logically and physically. Android forensics processes were done in forensically
sounds manner using three different models of smartphones and Android OS
versions as the experiment objects.
14
Technical Session I
Tracks: Communications
Day One, 13 September (Room: AYODYA C)
[14.15] Anonymous Sender Data to Kleptocharger Using Android Malware
Arief Ikhwanul, Surya Michrandi Nasution and Fairuz Azmi (Telkom University,
Indonesia)
Abstract: Smartphone usage nowadays can't be separated from our daily lives.
Almost every daily activity can be supported by smartphone. Aside from its general
uses like communication purpose, smartphone also used to store private data.
Technological advance also change the way people do their activities, one of them is
financial activities. Daily activity be easier with the technology of the internet. Along
with the increasing of our needs for android usage, inflict danger about user's data
stealing. Some malware have been developed to be a splendid data stealer by
utilizing the fault in the system or even in the user itself. The targets of those
malware itself are varying. The data stolen can be exploited for their personal use or
be sold at the black market. What makes world security system concerned is that the
malware was designed and developed to be able to communicate with
microcontroller device via serial communication. The designer of this malware is able
to combine malware and microcontroller to stage his action. That kind of malware
has become popular issue nowadays and it can be said that those malware is very
dangerous because of the impact it caused for the user.
[14.30] Inter-regional Voice Bandwidth Calculation on IMS Network
Danu Sanjoyo and Rendy Munadi (Telkom University, Indonesia); Fidar Laksono
(Telkom Indonesia, Indonesia); Tjahjo Adiprabowo (Telkom University, Indonesia)
Abstract: The inter-regional telecommunication network design in Indonesia is
strongly influenced by the bandwidth of Voice over Internet Protocol (VoIP), where
40% of the national bandwidth is used to pass voice communication. Indonesia region
is divided into seven regional areas, each of these is supported by two IMS Cores,
which serves as the active core and the stand-by core.
Regionals are interconnected with each other through an IP backbone network. It
serves to get through a number of bandwidth when there is communication between
the regionals. The bandwidth requirement can be obtained through the calculation of
traffic in regional, inter-regional traffic, and along with demographic data as well as
the number of customers who have registered on the IMS network.
Since voice traffic is passed in IP networks, the voice bandwidth is calculated in bps
(bits per second) units. Standard voice codecs used for the conversion are G.711 and
G.729. The national bandwidth load for voice traffic on the IMS backbone network
can be obtained using mathematical calculations. The results of the calculation are
presented in bandwidth matrices of the seven regions traffic for each standard
(G.711 and G.729).
15
Technical Session I
Tracks: Communications
Day One, 13 September (Room: AYODYA C)
[14.45] Performance Analysis of Dlife Routing in a Delay Tolerant Networks
Zulkhan Kurniawan and Tody Wibowo (Telkom University, Indonesia); Leanna Yovita
(Bandung, Indonesia)
Abstract: Delay Tolerant Network (DTN) is a wireless network that connected in an
intermittently manner and have dynamic topology. In DTN to design protocol routing
is a big challenge due to there is no end-to-end path. To overcome this challenge
there is protocol routing dLife. dLife is a protocol routing in DTN that use two utility
function to determine forwarding decision, namely TECD and TECD importance. In
this paper we study the impact of buffer size and message size on the performance
of dLife routing. For the simulation we used Opportunistic Network Environment
(ONE) Simulator. The performance that is analyzed are Average Cost, Delivery
Probability and Average Latency. Based on simulation result, buffer and message size
affect the performance of dLife routing.
16
Technical Session II
Tracks: Communications
Day One, 13 September (Room: AYODYA C)
[15.15] Performance Analysis of Social-aware Content-based Opportunistic Routing
Protocol on MANET Based on DTN
I Gede Agus Surya Negara (Telkom University, Indonesia); Leanna Yovita (Bandung,
Indonesia); Tody Wibowo (Telkom University, Indonesia)
Abstract: Nowadays, almost all telecommunication devices use TCP/IP to
communicate with each other. However, it is difficult for the mobile ad-hoc network
to support the type of end-to-end connectivity required by TCP/IP-based
communications due to disruptions, frequent topology changes and network
partitions caused by the movement of the nodes. DTN is an emerging paradigm in
the telecommunication network which able to provides data communication in areas
with intermittent connectivity, long delay communication, and high error rate. SCORP
(Social-aware Content-based Opportunistic Routing Protocol) is a routing protocol on
DTN which works by taking account of social proximity and content interests on each
node before replicating the message to the other node in order to improve the ability
of network in sending messages.
In this paper, we show the performance analysis of SCORP by using Braga and AsiaAfrika area in Bandung as the simulation area in The ONE Simulator. We use the
message delivery probability, overhead ratio, and average latency as the evaluation
metrics. The experimental results show that the message delivery probability
increases with the buffer size and number of nodes in simulation, the average latency
decreases with increasing buffer size and number of nodes in simulation, and the
overhead ratio is zero for same types and an equal number of interests per node. The
results also show that different types and number of interests per group of nodes
increases the value of message delivery probability and overhead ratio, and reduce
the value of average latency of the same types and an equal number of interests per
node.
17
Technical Session II
Tracks: Communications
Day One, 13 September (Room: AYODYA C)
[15.30] Analysis Secure Socket Layer Protocol with Heartbleed Bug and Distributed
Denial-of-Service
Jafar Alim Habibi and Rendy Munadi (Telkom University, Indonesia); Leanna Yovita
(Bandung, Indonesia)
Abstract: One-way communications such as video streaming nowadays are easier to
be used. One of service which eases those communications is Internet Protocol
Television. By easiness of service packet-based that has entered in the whole of world
made simplifies access of IPTV services. The regulation of IPTV, which needs high
performance, makes these services interesting to any people. However, the easier
access requires secure services for protecting data and information. This research
simultaneously uses 2 types of attacks. Those are Distributed Denial-of-Service and
Heartbleed Bug, with hacker or penetration tester does not belong to examiner. In
this research, the experiments of analysis are taken from 3 scenarios: using VLC
program, web page-interface, and web page-interface after being attacked by
penetration tester or hacker, with Open-Shortest Path First as routing protocol, and
Protocol Independent Multicast as grouping of videos IP.
[15.45]
Wideband Parasitic Antennas Design and Realization to Improve Laptop
Antenna Reception
Max Alexander Rura Patras (Telkom University, Indonesia); Adit Kurniawan (ITB,
Indonesia); Bambang Nugroho (Institut Teknologi Telkom, Indonesia)
Abstract: In laptop antenna reception, the received signal frequently experience
decrease significantly when laptop antenna is located exactly on a deep fading
position in multipath environments. In this paper, we propose a method of using
parasitic antenna elements to improve the reception of laptop antennas which can be
incorporated (pasted) at the back panel of laptops. The proposed antennas have a
wide frequency band, 2265 MHz to 6233 MHz, to serve all frequencies in WLAN
operation. The proposed parasitic antennas exhibit the gain improvement of 1.21 dB
to 2.68 dB. These antennas are able to cover all the frequencies in the 2.4 GHz band
and the 5.2 / 5.8 GHz band for the WLAN systems, and it can be applied to all types
of laptops.
18
Technical Session II
Tracks: Communications
Day One, 13 September (Room: AYODYA C)
[16.00]
Design of Attitude Determination and Control System Using Microstrip
Magnetorquer for Nanosatellite
Defrandi Haryadi, Heroe Wijanto, Budi Syihabuddin and Agus D. Prasetyo (Telkom
University, Indonesia)
Abstract: Magnetorquer is a type of active control used on nanosatellite.
Magnetorquer can be made by using microstrip line with a circular spiral patch.
Magnetorquer system in previous research used a coil of wire wrapped around the
conductor crosssection is electrified which will generate a magnetic field. The
magnetic field generated from magnet orquer will interact with the Earth's magnetic
field, so it is capable to generate a torque to maintain nanosatellite motion in its
orbit. The designed magnetorquer requires 5 V voltage and 0.5 - 1 A current. With
the current variation supplied the magnetorquer, it can be obtained that the
minimum magnetic field values is 0.811 μT and maximum is 1.596 μT. With the
magnetic field, magnetorquer can generate a minimum torque at 13.1382 nNm and
maximum torque at 51.7104 nNm. According to the results, the torque value has
been able to maintain the nanosatellite stability at its orbit.
[16.15] Modified Wilkinson Power Divider 1 to 4 At S-Band
Christian Mahardika, Bambang Nugroho, Budi Syihabuddin and Agus D. Prasetyo
(Telkom University, Indonesia); Dwi Andi Nurmantris (Telkom University - Jl.
Telekomunikasi Terusan Buah Batu Bandung 40257 Indonesia, Indonesia)
Abstract: Changing the value of current amplitude, phase or distance between
antenna can make different radiation pattern in antenna array system. Using those
principles, a smart antenna system can be made by using butler matrix which has
configuration consisting of multiple power combiner and phase shifter. The power
divider can be used in order to change the input values of the buttler matrix. A power
divider has been designed in this research to support the smart antenna system for
satellite tracking, telemetry, and command (TT&C). This research designed the
modified Wilkinson Power Divider 3 port to be 5 ports with 4 output ports which can
work at a frequency of 2.3 - 2.45 GHz with the insertion of each port is < -8 dB, the
maximum value theoretically amounted to -6 dB. This is because the power divider
works by dividing power into 1:4 ratios.
19
Technical Session II
Tracks: Communications
Day One, 13 September (Room: AYODYA C)
[16.30] Robust Blind Beamforming for LTE in Multipath Environment
Osama Mohamed (Aast, Egypt); Hassan El Kamchouchi (Alexandria University, Egypt);
Darwish Mohamed and Wael Ali (AAST, Egypt)
Abstract: A robust blind beamforming algorithm is proposed for Long Term
Evolution (LTE) system in the uplink direction by using Uniform Linear Array (ULA) in
the base station (eNodeB) to remove the effect of multipath. There is no knowledge
about the incoming signals, so a robust estimation of the Direction of Arrival (DOA)
of the signals is performed first. The robust Re-iterative Superresolution (RISR) DOA
estimation algorithm is used to estimate the DOA and to separate the coherent
signals impinging from different directions in multipath environment, then a
proposed robust RISR beamforming exploiting this DOA estimation is performed for
the estimated directions followed by time delay estimation of signals by using the
correlation function between them to know and extract the signal in the desired
direction. Finally applying the beamforming in the desired direction to correctly
receive the signal and reject the multipath effect as well as enhancing Bit error rate
(BER). The results show the effectiveness of the proposed algorithm when compared
to other traditional beamforming algorithms especially for coherent sources.
[16.45] Scaling Technique of Triple Play Services in Passive Optical Network Using
Subcarrier Allocation Algorithm
Mihya Zaki (Telkom University & Telkom Indonesia, Indonesia); Adit Kurniawan
(Bandung Institute of Technology, Indonesia); Rina Pudjiastuti (Telkom University,
Indonesia)
Abstract: Data consumption increased sharply, all triple play services such as Voice,
Data-Internet & Video can be performed on one communication path, even fiber optic
has also bandwidth limitations, therefore the allocation of data transmission must be
optimized as their needs. A Passive Optical Communication in downstream direction
is presented. Modify current burst methods to scheduling distribution SC on system
OFDM from OLT to ONU by utilize FDMA to allocating SubCarrier based on the
services are applied. Significant gain of bandwidth efficiency up to 37.5% obtained
when link is being congested.
20
Technical Session III
Tracks: Controls and Automations
Day Two, 14 September (Room: AYODYA C)
[08.00] Mapping Algorithm Using Ultrasonic and Compass Sensor on Autonomous
Mobile Robot
Aulian Fathan, Agung Nugroho Jati and Randy Saputra (Telkom University, Indonesia)
Abstract: Mapping is the process of representation of the environment into other
forms such as a sketch map or the other. Process mapping provides the solution of
the problem of how a robot can automatically recognize the environment and how
robots can provide information such as maps representations of the environment
around the robot. To do the mapping there are many choices of sensors that can be
used, depends on what method will be used. In this paper will be discussed on
mapping algorithm with a simple sensor and a simple method. This paper will
discuss the mapping algorithm will use ultrasonic sensors and compass sensors.
[08.15]
Maximum Allowable Time Delay on Networked Control System Using
Guaranteed Cost Method
Prasetya Dwi Wibawa, Erwin Susanto and Favian Dewanta (Telkom University,
Indonesia)
Abstract: In this paper, a robust filter is designed using guaranteed cost method to
deal with the problem on networked control system (NCS). NCSs are modeled by
neutral-type systems with differentiable time-delay uncertainties. The control and
gain filter are derived from LMI feasible solution. A numerical example is provided for
illustration of the proposed condition.
[08.30]
Autonomous Quadruped Robot Locomotion Control Using Inverse
Kinematics and Sine Pattern Methods
Aditya Hidayat, Agung Nugroho Jati and Randy Saputra (Telkom University,
Indonesia)
Abstract: In this paper explained how to solve robot locomotion using inverse
kinematics and sine pattern methods on autonomous quadruped robot with 3 DOF
on each leg using geometrical approach and python code examples included. By
using inverse kinematic method, we can find the angle of each actuator from end
effector position, with combined with the method of sine pattern that can generate
values group of end effector position in a pattern of sine wave that can be used to
solve multi value problem on inverse kinematics.
21
Technical Session III
Tracks: Controls and Automations
Day Two, 14 September (Room: AYODYA C)
[08.45] Design and Implementation of Water Level Control Using Gain Scheduling
PID Back Calculation Integrator Anti Windup
Sony Cahya Pratama, Erwin Susanto and Agung Surya Wibowo (Telkom University,
Indonesia)
Abstract: Conventional PID controller is a simplest known controller and has been
used in almost all process industries for controlling process parameter at desired
set point. However, the weakness of the controller is largely depend on the
parameter of the controlled object. As the dynamics process of a water tank is
nonlinear, it also has nonlinear behavior between the input and output. This paper
demonstrates that Gain Scheduling PID with Back Calculation Integrator Antiwindup
enables to enhance the response of automatic water level control system
performance. A mathematical model of a first order tank system is considered and
simulated to determine fine tunes and schedules for the controller parameter based
on trial and error experiment so as to adapt with all operating points. The system
performance comparison of various set point given to the system is performed to
prove that the Gain Scheduling PID with Back Calculation Integrator Antiwindup is
superior to conventional PID controller.
[09.00]
Self-configuring Home Automation Networks Based on Psychophysical
Principles
Jannik Fleßner and Melina Frenken (Jade University of Applied Sciences Oldenburg,
Germany)
Abstract: Home automation networks are designed to meet standards of comfort
and energy efficiency. Hence, the interaction between home automation and the
inhabitant is based on rudimentary knowledge about the condition and the
perception of the human. In order to improve the human-to-automated home
interaction, psychophysical measurements can be helpful to design a humanoriented home automation network. In particular elderly residents and people with
impairments may have specific requirements and altered expectations towards
comfort as defined in the standard guidelines. In this paper, a the concept of a
systematic process model, leading to an improved interaction between human and
building environment, is presented. This process model has the purpose to create a
self-configuring home automation network by using already existing psychophysical
knowledge about the inhabitant.
22
Technical Session III
Tracks: Controls and Automations
Day Two, 14 September (Room: AYODYA C)
[09.15]
Design of on Board Data Handling Using Raspberry Pi for Nanosatellite
Payload
Aditya Urandra, Burhanuddin Dirgantoro and Budi Syihabuddin (Telkom University,
Indonesia)
Abstract: In this research, design and analysis of On Board Data Handling by using
raspberry pi, temperature sensor, accelerometer, servo motors and a camera. The
use of servo motors to aim object although nano satellite has or has not crossed
the object to be photographed. In this research also design the guard dog to
manually and automatically avoid a system error due to accumulation of data from
sensors or cameras. One of the tests made in the form of testing distances of 50,
100 and 200 meters with an average time of 4 minutes 11 seconds and the smallest
accuracy at a distance of 200 meters at 86.67%.
23
Technical Session IV
Tracks: Electronics
Day Two, 14 September (Room: AYODYA D)
[08.00] A Novel Driver Fatigue Monitoring Using Optical Imaging of Face on Safe
Driving System
Iman R Tayibnapis, Dong-Young Koo, Min-Kook Choi and Soon Kwon (Daegu
Gyeongbuk Institute of Science and Technology, Korea)
Abstract: One of the global main goal of the safety driving system is protecting the
driver, passenger(s), car, and surrounding environment against accident which are
caused by external and internal factors. Driver fatigue, one of the major internal
factors, is a leading reason of vehicle breakdown according to a survey done by
National Highway Traffic Safety Administration (NHTSA). Thus, it is necessary to
build driver fatigue monitoring system. We, then, propose a technique based on
optical imaging through digital camera that installed on the car dashboard. The
camera detects and tracks the driver face. From the driver face, we can apply noncontact photoplesthymography (PPG) in order to get multiple physiological signals
such as brainwave, cardiac and respiration pulses. Those physiological signals can
be utilized to measure fatigue level. Alteration in facial features like eyes, mouth,
and head, can be used to observe the driver fatigue as well. We propose to use
supervised descent method (SDM) with scale-invariant feature transform (SIFT) to
excerpt information from the facial features. To classify the fatigue level from those
multiple parameters, support vector machine (SVM) will be implemented.
[08.15] Configuring SmartGLCD as Universal Data Logger for Monitoring Sound and
Movement
Mohd Amir Abas (Universiti Kuala Lumpur, Malaysia); Maznah Dahlui (Maznah,
Malaysia)
Abstract: Simple and fast are the two terms that could describe the process of
configuring a readymade SmartGLCD into a unique data-logger. The Universal datalogger uses sound and PIR sensors to monitor sound and movement of human or
any subjects that trigger the two signals. The devices have been configured through
MicroC development tools and Visual GLCD. Initially Visual GLCD is used for
creating the graphic for control object, logo and text. While MicroC is a C compiler
for building the coding for all the functions of the objects. The process of
configuration requires good understanding of C programming and good knowledge
in microcontroller structure. Two proposals of measurement have been described
for data measurement and subject monitoring. The first proposal is to monitor
baby's condition in an incubator. The second proposal is to monitor mental patient
in a rehab room. The experimental results of the data logging were displayed on the
large graphic display 240 x 128 pixel and saved in SD card
24
Technical Session IV
Tracks: Electronics
Day Two, 14 September (Room: AYODYA D)
[08.30] Implementation of Low Interaction Web Server Honeypot Using Embedded
System
Dandy Rahmatullah, Surya Michrandi Nasution and Fairuz Azmi (Telkom University,
Indonesia)
Abstract: Today's Internet technology is not free from many problems or security
holes. This security hole could be exploited by an unauthorized person to steal
important data. The case of the attacks occurred because the party that was
attacked also did not realize the importance of network security to be applied to the
system. Honeypot is a system that is designed to resemble the original production
system and is made with the intention to be attacked or compromised. Honeypot
implemented using low interaction honeypot as well as using other supporting
software. Durability test conducted with direct attacks to determine the safety of
the system. The purpose of this research is to create a low interaction honeypot
implemented on embedded systems (Cubieboard) which will provide secured
system to deceive and detect attacks, and is intended for web server security.
[08.45] Low Pass Filter Installation for Reducing Harmonic Current Emissions From
LED Lamps Based on EMC Standard
Fajar Karim, Mohamad Ramdhani and Ekki Kurniawan (Telkom University, Indonesia)
Abstract: Light Emitting Diode (LED) lamp has been widely using in Indonesia for a
lighting system. However, LED lamp is a nonlinear load that caused high harmonics
current. This paper is focused on reducing the harmonics current that caused by
LED lamp with a driver. In order to reduce the harmonic current, low pass filter is
applied to the system. The experiment result revealed a significant reduction of
current harmonic which is fit in with IEC 61000-3-2 class C standard and good
power quality of the system.
[09.00]
A Multiuser Vital Sign Monitoring System Using ZigBee Wireless Sensor
Network
Ilham Berliandhy and Sugondo Hadiyoso (Telkom University, Indonesia); Achmad
Rizal (Telkom University); Rony Febyarto (BPPT, Indonesia)
Abstract: This paper discussed one application of ZigBee as media data
transmission for patient's vital sign monitoring. The ECG signal, Temperature, and
blood pressure taken from patient's body by the vital sign monitoring device, and
then raw data is sent serially by ZigBee to 2 computers as monitoring device
wirelessly. Furthermore, the data can be accessed by other authorized parties via
monitoring devices for the purpose of monitoring. By using this application,
patient's vital sign monitoring can be done from distance wirelessly.
25
Technical Session IV
Tracks: Electronics
Day Two, 14 September (Room: AYODYA D)
[09.15] Prototype of Kleptocharger for Android Device
Fahmi Siddiq, Surya Michrandi Nasution and Fairuz Azmi (Telkom University,
Indonesia)
Abstract: Power bank is a device used to support charging up a device battery,
especially a mobile phone's battery. Since design of common power bank contain of
battery cell and power controller, it will have some empty space to create a modified
power bank. We could implement a tiny Micro controller named teensy. Teensy will
create power bank detected as a storage media and all the selected data will be
copied into media card in the power bank. Beside of teensy implement, we could
also implement SD card shield for storing all the captured data. This concept is a
proof concept that modified power bank could be implemented. The results of this
research prove that a modified power bank only works one mode at a time.
26
Technical Session V
Tracks: Controls and Automations
Day Two, 14 September (Room: AYODYA C)
[09.45] An Evaluation of 2D Indoor Localization and Mapping Using FastSLAM
Mia Amanda, Agung Nugroho Jati and Unang Sunarya (Telkom University, Indonesia)
Abstract: In this work we evaluate the exploration of an unknown environment
using FastSLAM for virtual mobile robot. Mapping and localization can be done
simultaneously by FastSLAM algorithm. FastSLAM is an alternative to solve the
previous algorithm—SLAM. The result obtained by simulation of robotic 2D
mapping and localization using FastSLAM that will be using RANSAC (Random
Sampling Consensus) for its feature extraction. In order to draw the performances
of FastSLAM and provides insight of weaknesses and strength of this algorithm.
[10.00] A Study of 2D Indoor Localization and Mapping Using FastSLAM 2.0
Dwi Kurniawan, Agung Nugroho Jati and Unang Sunarya (Telkom University,
Indonesia)
Abstract: FastSLAM 2.0 is a Simultaneous Localization And Mapping (SLAM)
framework that provides an algorithm for calculating robot's pose and map the
environment concurrently. It consists of calculation that include getting data from
sensor, associate the data, and update the map. SLAM is a challenging problem in
Robotics because it is considered a chicken-and-egg problem. In this paper we will
study the FastSLAM 2.0 algorithm that will be using RANSAC (Random Sampling
Consensus) for its feature extraction.
[10.15] Heart Disorder Detection Based on Computerized Iridology Using Support
Vector Machine Classification Method
Lintang Permatasari and Astri Novianty (Telkom University, Indonesia); Tito Purboyo
(Institut Teknologi Bandung & Telkom University, Indonesia)
Abstract: The ability of the human iris can provide a sign of organ disorders based
on iridology science. Now, iridology science has developed not only by the medical
expert who carried out manually, but can also be detected automatically using
implementation methods from artificial intelligence based on desktop applications.
In this study focused on cardiac diagnosis where necessary on the left iris mapped
on clockwise direction around 2:00 to 3:00. There are several methods of feature
extraction and classification, one of them is feature extraction method Principal
Component Analysis (PCA) and Support Vector Machine (SVM) for the classification,
which is derivative from ANN method. In this study, the accuracy of SVM method is
100% for training, and 80% for testing.
27
Technical Session V
Tracks: Controls and Automations
Day Two, 14 September (Room: AYODYA C)
[10.30]
Wireless Sensor and Actuator Network for Aeroponics Monitoring and
Control
Muhammad Ikhsan Sani, Simon Siregar, Aris Kurniawan, Rakhmi Jauhari and
Chintya Nermelita Mandalahi (Telkom University, Indonesia)
Abstract: This paper presents a design of a system prototype for plant water and
nutrients distribution. Furthermore, it has been implemented to support the optimal
application of aeroponics system. It is based on a monitoring system which was
used to observe the chamber's parameters such as temperature and humidity.
Meanwhile, the control system was used to manage actuators i.e. mist maker and
fan for delivering water moisture. Sensor's data are transmitted via internet into
server in order to facilitate easier monitoring for user. The prototype of the system
is successfully implemented and provide a series of sensor's data.
[10.45] Position Estimation and Fire Detection Based on Digital Video Color Space
for Autonomous Quadcopter Using Odroid XU4
Muhamad Abdullah, Inung Wijayanto and Angga Rusdinar (Telkom University,
Indonesia)
Abstract: Autonomous Aerial Fire Extinguisher is one of the categories in
Indonesian Aerial Robot Contest (Kontes Robot Terbang Indonesia). This is a
national contest for Unmanned Aerial Vehicle (UAV). In this category, the UAV
needed to detect and determine a fire position placed in an indoor area which then
will be extinguished. The fastest UAV managed to extinguish the fire will be
crowned as the champion. To support the detection process, we need to find the
best fire detection algorithm to be implemented in the autonomous quadcopter. By
analyzing the color space from RGB, we got the average accuracy on real time flight
testing is of 72,94%. This value is fit for the contest condition which required
minimum aquracy is 70%.
[11.00] Implementation of PID Controller and Pre-Filter to Control Non-Linear Ball
and Plate System
Agung Adiprasetya and Agung Surya Wibowo (Telkom University, Indonesia)
Abstract: In this paper, the authors try to make PID controller with Pre-filter that is
implemented at ball and plate system. Ball and plate system will control the position
of ball's axis in pixels' value by using servo motor as its actuator and webcam as its
sensor of position. PID controller with Pre-filter will have a better response than
conventional PID controller. Even though the response of PID with Pre-filter is slower
than conventional PID, Pre-filter in the system will give the less overshoot response.
28
Technical Session V
Tracks: Controls and Automations
Day Two, 14 September (Room: AYODYA C)
[11.15] Beef Cattle Weight Determine by Using Digital Image Processing
Zein Pradana and Bambang Hidayat (Telkom University, Indonesia); Sjafril Darana
(Padjadjaran University, Indonesia)
Abstract: Based on the livestock size are divided into two parts, where firstly the
small one and the other the large one. Whereas the small one consists of poultry,
sheep, goats, rabbit, etc. Measuring in the small animal weight could be directly
weight, because very easier than the large one. To measure the weight of large
animal, especially beef cattle, there are some differences. The body length, chest
circumstance, height and width of this animal is could be estimated. Any kinds of
method in measuring the weight of livestock are calculated systematically. However
the measurement is not entirely accurate when predicting the weight of beef cattle
life. That is why, it is possibly to get a simply method to estimate the weight of beef
cattle meat. The technical information for analyzing of beef cattle weight which call
a digital image processing could be used, because it can analyze via photograph
system. By using digital image processing with specific algorithms could be
recognized certain objects easily. The accurate yield depends on the photograph
capability estimation on body length, chest circumstance, height, and the width of
beef cattle itself. This system can perform 73.21% accuracy with computation time
in 187.2812 second.
29
Technical Session VI
Tracks: Communications and Renewable Energy
Day Two, 14 September (Room: AYODYA D)
[09.45] Forecasting Formulation Model for Amount of Fault of the CPE Segment on
Broadband Network PT. Telkom Using ARIMA Method
Sonny Yuhensky, Rendy Munadi and Hafiddudin Hafiddudin (Telkom University,
Indonesia)
Abstract: This research was conducted with the order or lags monthly data, run two
scenarios, first; 24 observation data lag with 12 forecast lag, second; 30 observation
data lag and 6 lag forecasts. This research resulted in the value of AR = 5, d = 1 and
MA = 4 for any type of Fault CPE and for the each scenario. It appears that more
observation data and the shorter lag forecast, and then the results produced ARIMA
will be more accurate. This can be seen in comparison error deviation and/or CMSE
for each scenario.
[10.00] Delay Estimation Using Compressive Sensing on WSN IEEE 802.15.4
Asdianur Hadi and Ida Wahidah (Telkom University, Indonesia)
Abstract: In this paper we studied effectiveness in using Compressive Sensing (CS)
algorithm in order to reduce measuring in IEEE 802.15.4 Standard Wireless Sensor
Network (WSN). As well known, in common WSN work system, Base Station (BS)
gather some information from available nodes, which the process itself consumes a
lot of energy from each node. We also use an existing CS algorithm, the Basis
Pursuit. Furthermore, we used and did several existing transformation methods
combination to find the best method combination. Our results show that, signal
recovery using Basis Pursuit by performing data transformation by 2D-DCT is the
best combination with the lowest MSE at 10% and 20% missing entries. However, the
entry delay with lost 30%, signal recovery using Basis Pursuit by performing data
transformation by DWHT is the best combination.
30
Technical Session VI
Tracks: Communications and Renewable Energy
Day Two, 14 September (Room: AYODYA D)
[10.15]
Digital Image Steganography with Encryption Based on Rubik's Cube
Principle
Sevierda Raniprima (Institut Teknologi Bandung, Indonesia); Bambang Hidayat
(Telkom University, Indonesia); Nur Andini (Institut Teknologi Telkom, Indonesia)
Abstract: Information exchange between sender and receiver becomes very fast and
easy. The quality of message transmission, especially the security, must be noticed.
Data hiding is important for securing message. It can be done using cryptography
and steganography. This paper describes the result of investigation on image
steganography system using secret gray scale image and RGB image as a cover.
Before the secret image is embedded into the cover, the encryption process is done
to provide a more reliable security. The encryption method used is based on rubik's
cube principle, by moving the pixels position in a digital image. The steganography
uses LSB substitution method that works in spatial domain. The objective of this
scheme is to obtain a high quality hidden secret image in order to keep message
secret. Finally, effectiveness of the proposed scheme is tested using histogram
analysis, Avalanche effect, Brute-Force attack, visual attack, statistical attack of ChiSquare analysis, and size and embedding position differences analysis.
[10.30] Skewing and Notching Configurations for Torque Pulsation Minimization in
Spoke-Type Interior Permanent Magnet Motors
Gadafi M romalan and Erwan Sulaiman (Universiti Tun Hussein Onn Malaysia,
Malaysia)
Abstract: Interior permanent magnet (IPM) motors become popular and commonly
used in industry and domestic applications. One of them is spoke-type IPM. Spoketype interior permanent magnet (IPM) machines are an attractive topology for highperformance electric motors. In most of the applications, the high strength of
permanent magnets causes the undesirable effects of high cogging torque that can
aggravate motor performance. Consequently, the reduction of cogging torque
becomes an important topic in IPM motor. In this paper, to minimize the effect of
cogging torque in IPM motor, two common techniques for cogging torque reduction
such as skewing, and notching, has been analyzed in order to compare the cogging
torque, back EMF and efficiency effect. 3D finite element analysis (FEA) by JMAG
software is carried out for each technique. The results showed the reduction of
cogging torque up to 98.6%, followed by 81.84%, 45.24% and 36.79% compared to
the initial model design.
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Technical Session VI
Tracks: Communications and Renewable Energy
Day Two, 14 September (Room: AYODYA D)
[10.45]
Design of A Hybrid Permanent Magnetic Flux Switching Machine with
Compound Rotor Configuration
Mohd Fairoz Omar (Universiti Tun Hussien Onn Malaysia, Malaysia); Erwan Sulaiman
(Universiti Tun Hussein Onn Malaysia, Malaysia)
Abstract: Hybrid Permanent Magnet Flux Switching Machine (HPMFSM) is a machine
that uses two permanent magnets which are Ferrite Permanent Magnet (FPM) and
Rare Earth Permanent Magnet (REPM). The REPM had being implemented widely in
HEV nowadays. So, HPMFSM is created in order to reduce the volume of REPM itself.
Three designs had created which are PM, PMH and SMH design. PM only consist of
REPM, meanwhile PMH and SMH consist REPM and FPM. The difference of the PMH
and SMH is the arrangement of permanent magnet. The machine can generate
higher performance by combining FPM and REPM. The HPMFSM load analysis is
conducted in order to verify the 7pole/6slot/7pole HPMFSM machine performances.
Through the analysis, the performances of the machine are able to identify. The
PMH design can compete with the PM design which gives higher torque density.
[11.00] Design Improvement of Flux Switching Permanent Magnet Using Combined
Local and Global Method
Gadafi M romalan and Erwan Sulaiman (Universiti Tun Hussein Onn Malaysia,
Malaysia)
Abstract: Recently, outer-rotor electric machine has been research attention to be
applied for in-wheel motor either in electric or hybrid electric vehicles (EVs). The inwheel motor definitely requires for high torque and power density. Among the
competing in-wheel machines, permanent magnet synchronous machine (PMSMs)
with an outer-rotor have been used widely, due to their high torque density,
excellent efficiency and overload capability. However, there will be a cause of
demagnetization and mechanical damage of the rotor magnets in extreme driving
conditions. To solve the problems, in-wheel machines with permanent magnets
(PMs) in the stator are gaining popularity for easier heat dissipation and smaller
rotational inertia. So, this paper is present the analysis of outer -rotor flux switching
permanent magnet machine (ORFSPMM) for in-wheel drive applications. Therefore,
the initial design improvement of 12S-14P outer-rotor flux switching permanent
magnet machine (ORFSPMM) in-wheel machine is proposed. Then, optimize using
combine local and global optimization methods in order to reach the maximum
torque. Finally, the optimized 12S-14P ORFSPM has achieved much higher
performance compared to initial design.
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Technical Session VI
Tracks: Communications and Renewable Energy
Day Two, 14 September (Room: AYODYA D)
[11.15] Optimization of 6Slots-7Poles & 12Slots-14Poles Flux-Switching Permanent
Magnet Machines for Plug-in HEV
Mohd Fairoz Omar (Universiti Tun Hussien Onn Malaysia, Malaysia); Erwan Sulaiman
(Universiti Tun Hussein Onn Malaysia, Malaysia)
Abstract: Plug-in hybrid electric vehicle (PHEV) is independent of the internal
combustion engine but acts as the auxiliary unit mostly on the electric drive system.
Main while, the Flux-switching permanent magnet machine (FSPMM) has been
studied in terms of structure with its operation principle been analyzed. To achieve
a higher torque with a corresponding high power density and lower torque ripple,
FSPMM with 6Slots-7Poles and 12Slots-14Poles, according investigations, are
optimized based on their objective functions. Moreover, it analyzes several typical
performance curves, such as cogging torque, flux linkage and back-EMF. Finally, the
torque and corresponding power, efficiency and rotor mechanical strength analysis
of optimized designed are obtained. The results indicate that FSPMM is a viable
candidate for PHEV and also has good mechanical robustness with strong fluxweakening ability.
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Venue
GRAND ROYAL PANGHEGAR
Web Sites: http://www.grandroyalpanghegar.com/
Adress: Jl. Merdeka No.2 Bandung 40111 West Java - Indonesia
Phone: 022 - 4232286 / 87
Fax no: 022 - 4231583
Email: reservation@grandroyalpanghegar.com
Grand Royal Panghegar Hotel is located within walking distance of the historic Braga
Street (Jalan Braga). It provides free Wi-Fi, a restaurant and ATMs for guest
convenience.
The Location
Enjoying a central location in Bandung, Grand Royal Panghegar offers convenient
access to the Asia Africa Museum. The property is a 5 minute drive from Bandung's
business district and a 15 minute drive from Husein Sastranegara International
Airport.
Inside the Rooms
Rooms at Grand Royal Panghegar have a TV, safe and tea/coffee making amenities.
Attached bathrooms come equipped with a bathtub and shower. The studios have
kitchenettes, a dining area and a flat-screen TV.
Property Highlights
For guests’ travel and professional needs, the hotel has a tour desk and a business
center. Laundry and dry cleaning services are available.
Food & Drink
Grand Royal Panghegar’s restaurant serves Indonesia, Chinese and Western dishes.
Room service is also available.
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Floor Map of Conference Rooms
The picture below shows the layout of the ICCEREC 2016 conference rooms:
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Transportation To and From Hotel
In downtown, this refined, art deco-inspired, Grand Royal Panghegar Hotel is a 5minute walk from the chic cafes and boutiques of Braga Street, a 12-minute walk
from Bandung train station and 6 km from Husein Sastranegara International
Airport.
From here, guests can enjoy easy access to all that the lively city has to offer. With
its convenient location, the hotel offers easy access to the city's must-see
destinations.
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